VM 48 Search Results

TE 2162

Abstract: A T R Industrie-Elektronik
Contextual Info: VM 130 . VM 138 1.7 1.7 5.4.2002 www.msr-elektronik.com Potentia l-Trennvers tärk er VM 130 - VM 138 Potentia lSepa ra tionAm plifiers VM 130 - VM 138 Die Trennvers tä rk erreihe VM 130 -VM 138 a rbeitet na ch dem Prinzip der tra ns form a toris chen Potentia ltrennu ng .

LM 329 N

Abstract: PB1021B a368 LM RAIL MODEL SR 20
Contextual Info: Models SR-W, SR-WM, SR-V and SR-VM W B T （K） M H3 W2 W1 Outer dimensions Model No. Height Width Length M SR 15W/WM SR 15V/VM SR 20W/WM SR 20V/VM SR 25WY/WMY SR 25VY/VMY SR 30W/WM SR 30V/VM SR 35W/WM SR 35V/VM SR 45W SR 55W SR 70T SR 85T SR 100T SR 120T

VM700

Abstract: vm 700 vm-700 T25C 7x5 qfn
Contextual Info: VM-700 MEM’s Clock Oscillator VM-700 Description Vectron’s VM-700 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating off a 1.8, 2.5 or 3.3V supply. The VM-700 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

Contextual Info: VM-840 MEM’s Clock Oscillator VM-840 Description Vectron’s VM-840 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating of a 1.8, 2.5 or 3.3V supply. The VM-840 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

127-29

Abstract: VM-820 T25C xxmx
Contextual Info: VM-820 MEM’s Clock Oscillator VM-820 Description Vectron’s VM-820 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating off a 1.8, 2.5 or 3.3V supply. The VM-820 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

Contextual Info: VM-820 MEM’s Clock Oscillator VM-820 Description Vectron’s VM-820 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating of a 1.8, 2.5 or 3.3V supply. The VM-820 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

T25C

Contextual Info: VM-840 MEM’s Clock Oscillator VM-840 Description Vectron’s VM-840 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating off a 1.8, 2.5 or 3.3V supply. The VM-840 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

T25C

Abstract: 125M0000
Contextual Info: VM-800 MEM’s Clock Oscillator VM-800 Description Vectron’s VM-800 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating off a 1.8, 2.5 or 3.3V supply. The VM-800 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

Contextual Info: VM-800 MEM’s Clock Oscillator VM-800 Description Vectron’s VM-800 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating of a 1.8, 2.5 or 3.3V supply. The VM-800 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

Contextual Info: VM-700 MEM’s Clock Oscillator VM-700 Description Vectron’s VM-700 Clock Oscillator is the next generation silicon MEMS based stabilized square wave generator with a CMOS output, operating of a 1.8, 2.5 or 3.3V supply. The VM-700 uses an internal compensation scheme to improve temperature stability which produces temperature performance equivalent

weinschel

Abstract: MIL-STD-189
Contextual Info: Weinschcl Model VM-7 ATTENUATOR AND SIGNAL CALIBRATOR 30 MHz IEEE - 488 Planar C row n CONNECTOR SYSTEM Advanced 30 MHz Receiver The Weinschel Corporation Model VM-7 offers the user great flexibility in configuring a measuring system in a cost effective manner. Since the VM-7 is a 30 MHz

E5052

Abstract: ir dependent resistor 702 8 PIN
Contextual Info: VM-702 MEMS based HCSL, LVDS, LVPECL Oscillator Data Sheet VM-702 Description Vectron’s VM-702 is a silicon based MEMS stabilized, differential output oscillator, operating off a 2.5 or 3.3 volt supply in a hermetically sealed 5x7 plastic package. Features

ir dependent resistor

Abstract: E5052 vm802
Contextual Info: VM-802 MEMS based HCSL, LVDS, LVPECL Oscillator Data Sheet VM-802 Description Vectron’s VM-802 is a silicon based MEMS stabilized, differential output oscillator, operating off a 2.5 or 3.3 volt supply in a hermetically sealed 5x3.2 plastic package. Features

E5052

Contextual Info: VM-822 MEMS based HCSL, LVDS, LVPECL Oscillator Data Sheet VM-822 Description Vectron’s VM-822 is a silicon based MEMS stabilized, differential output oscillator, operating off a 2.5 or 3.3 volt supply in a hermetically sealed 3.2x2.5 plastic package. Features

POWERSO20

Abstract: L3000SX PLCC28 L3000SX-77 L3000SX-VM GS175T48-15E PLCC-20 PLCC-28
Contextual Info: TELECOM AND DATA COMMUNICATIONS LINE CARD SUBSCRIBER LINE INTERFACE CIRCUITS SLIC Type Description Package , L3000SX L3000SX-VM L3000SX-77 L3030/L3000N L3030/L3000NSO L3030/L3000SX-VM L3030/L3000SX L3030/L3000SX-77 L3092N/L3000N L3092N/L3000NSO L3092FN/L3000N

Contextual Info: POWER INDUCTORS AICT-LP VM SERIES | | | | | | | | | | | | | | | STANDARD SPECIFICATIONS: Part # AICT-LP AICT-VM 151 221 331 471 681 821 102 680 L (µH) ±20% 145 226 316 480 690 780 975 68 20KHz Test (mV) No DC 110 140 170 210 250 270 300 100 RDC Max (Ω)

mPD71055

Abstract: NEC V810 V30MX MPD7000 memory compiler OPENCAD CMOS Block library PD71059 MPD71051 NZ70008H 70008h
Contextual Info: DATA SHEET CB-C8VX/VM 0.5-Micron Cell Based CMOS ASIC Description NEC’s CB-C8VX/VM family facilitates the design of complete cell-based silicon systems composed of user-defined logic, complex macrofunctions such as microprocessors, intelligent peripherals, analog functions and

MIL-STD-39012

Abstract: ic+8853 converter 20 GHz frequency converter
Contextual Info: W einschel Model 8853 18 to 40 GHz FREQUENCY CONVERTER IEEE - 488 Planar C ro w n CONNECTOR SYSTEM Extends VM-7 Capabilities to 40 GHz in Coax !!! The Model 8853 Frequency Converter is intended for use with any Lucas Weinschel Model VM-7 Attenuator/Signal Calibrator to create an 18 to 40 GHz

upd4993

Abstract: f 49055 uPD72103 Z80 PROCESSOR in aerospace 49055 uPD71054 uPD7210 C50T uPD70008 72065B
Contextual Info: CB-C8VX/VM 3-Volt, 0.5-Micron Cell-Based CMOS ASIC NEC Electronics Inc. Preliminary April 1996 Figure 1. BGA Package Examples Description NEC's CB-C8VX/VM CMOS cell-based ASIC family facilitates the design of complete cell-based silicon systems composed of user-defined logic, complex

Contextual Info: METAL OXIDE VARISTOR MOV Maximum Ratings (T* = 25°C) Continuous NTE Type Number Diagram Number/ Case Diameter RM S Voltage (Volts) DC Voltage (Volts) (AC) Vm<DC) 370 370 370 560 560 640 640 Vm 1V300 2V300 524V30 2V420 524V42 2V480 524V48 301 (8.5mm) 302 (16mm)

Contextual Info: 3-Channel, Isolated, Sigma-Delta ADC with SPI ADE7912/ADE7913 Data Sheet FEATURES TYPICAL APPLICATIONS CIRCUIT NEUTRAL PHASE PHASE PHASE A C B 3.3V V1P VM IM PHASE A IP ADE7912/ ADE7913 V2P GNDISO_A GNDMCU 3.3V VM 3.3V IM PHASE B ADE7912/ ADE7913 IP V2P GNDISO_B

Contextual Info: VM 2 1 8 L/VM 2 1 8 LR HIGH-PERFORMANCE READ/WRITE PREAMPLIFIER FOR CENTER-TAPPED THIN-FILM HEADS FEATURES • Power Up/Down Protection Circuitry • Operates on +5 V and +12 V Power Supplies • Programmable Write-Current Source • TTL-Compatible Control Lines

philips V30M

Contextual Info: CB-C8VX/VM 3-Volt, 0.5-M icron Cell-Based CMOS ASIC NEC NEC Electronics Inc. April 1996 Preliminary Figure 1. BGA Package Examples Description NEC's CB-C8VX/VM CMOS cell-based ASIC family facilitates the design of complete cell-based silicon system s composed of user-defined logic, complex

Contextual Info: VM S115 VLSI Data Sheet Techn >iogy VLSI Technology V M S 1 1 5 Data Sheet Revision: 2.0 VLSI Technology, Incorporated 1/28/99 Rev. 2.0 VM S11S VLSI ^ Data Sheet Technology Table of Contents 1 2 3 4 5 6 I n tr o d u c tio n .4